Bellman Ford Algorithm C Program

C Program To Implement Bellman Ford Algorithm

Let us learn how to implement Bellman Ford Algorithm in C programming language. This algorithm is also famously known as Bellman – Ford – Moore Algorithm. The algorithm makes use of Queue Data Structure.

What is Bellman Ford Algorithm?

The Bellman-Ford Algorithm is an algorithm that calculates the shortest path from a source vertex to a destination vertex in a weighted graph. A weighted graph consists of the cost or lengths of all the edges in a given graph. This algorithm helps to detect cycles whose edges sum to a negative value which is also known as a

This algorithm helps to detect cycles whose edges sum to a negative value which is also known as a

A weighted graph consists of the cost or lengths of all the edges in a given graph. This algorithm helps to detect cycles whose edges sum to a negative value which is also known as a Negative Cycle.

However, this algorithm is more versatile than Dijkstra’s Algorithm but a little slower in execution. This algorithm can handle graphs with non – negative weights, unlike Dijkstra Algorithm.

Note: This implementation of Bellman Ford Algorithm in C programming to find the shortest path has been compiled with GNU GCC compiler and developed using gEdit Editor in Linux Ubuntu operating system.

Output

In case you get any compilation errors or any doubts in this C program for Bellman Ford Algorithm solution for Finding Shortest Path in a weighted graph, let us know about it in the comment section below. Find more about this algorithm on Wikipedia.